Making a difference.
ZEISS PENTERO 800 S
Designed for demanding microsurgery
With your constantly evolving challenges in mind, we reimagined the iconic PENTERO® platform for today’s digital age – to support you in elevating your microsurgical interventions to yet another level. The Advanced Visualization System assists you during surgery for increased efficiency and effectiveness by offering Visual Certainty with extended optical capabilities, Seamless Performance with reinvented interactions, and Integrated Connectivity with leading digital solutions.
Visual Certainty
with extended optical capabilities
During microsurgical interventions, detailed and immediate visual information on the anatomy is key to achieve the best outcome for your patients.
ZEISS PENTERO 800 S provides you with Visual Certainty at each step of the surgical procedure. It combines a fully integrated 4K 3D camera system with excellent ZEISS optics and further extends your surgical view with refined resolution, enhanced depth of field, and around-the-corner perspectives. For a consistently clear view on the detailed anatomy.
Get deeper insights – ZEISS PENTERO 800 S
Seamless Performance
with reinvented interactions
For an outstanding performance, every move must be spot on – every day, case after case. Therefore, an intuitive handling and repositioning of the operating microscope is key to maintain constant focus on the patient and application at hand.
For the ZEISS PENTERO 800 S, we have optimized every device interaction alongside your clinical workflows and attuned it to your intuition. Combining the new user interface with the characteristic weightless movability of the PENTERO system, it becomes your trusted partner for real efficiency and seamless collaboration in the OR in no time.
Get in the flow – ZEISS PENTERO 800 S
Effortless handling
to spend less time on each case
Especially in minimally invasive spine surgery, the visualization system must be frequently repositioned to get the best view for each step of the procedure. ZEISS PENTERO 800 S supports you in the process and seamlessly adapts to your movements. With our proven contraves stand system, moving the device feels completely weightless, so you can maneuver it with less effort. Enabling a fast and precise repositioning in all directions.
At the same time, ZEISS PENTERO 800 S provides excellent stability for a steady view on delicate anatomy even under high magnification levels.
Intuitive user interface
An optimized usability makes all the difference for your OR team to efficiently operate the visualization system and work with higher autonomy.
ZEISS PENTERO 800 S comes with a modern and intuitive graphical user interface (GUI) on a high-definition touch screen. Thereby, you and your team can quickly change settings such as light intensity or handgrip configuration with just the click of a button. Accelerating the process to onboard new users and saving time spent on routine tasks during each case.
Integrated Connectivity
with leading digital solutions
Surgical information management today involves processing large amounts of data, from patient information to device settings to clinical recordings. Especially in your day-to-day routine with the operating microscope, being able to easily transfer and use the data instantly across systems is essential for smooth and efficient processes.
ZEISS PENTERO 800 S enables you to access leading digital solutions from ZEISS to simplify data management and facilitate peer collaboration and education. Integrate apps such as ZEISS Surgical Cloud and ZEISS Livestream in your daily routine to effectively store, share, and stream your clinical cases directly from the device. All while connecting seamlessly into your existing workflows and infrastructure.
Get connected – ZEISS PENTERO 800 S
First impressions of the ZEISS PENTERO 800 S
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To differentiate anatomical structures under high magnification, you need to differentiate between the different pixels captured by the visualization system. Just the number of pixels is not sufficient since lighter and darker pixels might not be seen separately if they are next to each other. Specifying resolution by spatial frequency, defined by the number of light and dark line pairs per millimeter (lp/mm) at a given contrast, is thus a more precise measure to evaluate how much information on fine anatomical structures is provided by the visualization system.
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Corpectomy application image: Courtesy of Prof. Dr. Oliver N. Hausmann, Hirslanden Klinik St. Anna, Lucerne, Switzerland
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Lymphovenous anastomosis application image: Courtesy of Dr. Christian Taeger, Private Clinic, Munich, Germany
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Anterior cervical spine surgery C3 – C4 image: Courtesy of Prof. Dr. Claudius Thomé, Medical University, Innsbruck, Austria
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Lymphovenous anastomosis application image: Courtesy of Dr. Christian Taeger, Private Clinic, Munich, Germany
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Spinal cyst resection surgery image: Courtesy of Prof. Dr. Claudius Thomé, Medical University, Innsbruck, Austria
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Anterior cervical interbody fusion application image: Courtesy of Prof. Dr. Oliver N. Hausmann, Hirslanden Klinik St. Anna, Lucerne, Switzerland